This invention rediscovers that by taking the complete blade assembly off and stacking them horizontally ground space is considerably more modest as the silo is built in the vertical direction instead. 

This will allow a solar panel farm to place 10 or more solar panels in the same square feet that they currently place one. 

By accomplishing this and placing the multiple lever turbines horizontally and then stacking them vertically could allow for significant amounts of energy to be produced per hectare. Imagine how many silos could be placed on a football field versus how many wind turbines per code of windmill spacing. 

Next, place the solar panels on the side of the silo positioned where there are air pocket openings for each solar panel. 

 As the photons hit the solar panels, that energy is used specifically only to power ducted fans inside the silo. 

The silo is made from concrete, it is insulated, and the turbines will spin an upward vortex, which will exit the silos slots and blow cool air across the front of the solar panels. This will keep them cool. 

With this type of system, we are keeping the solar panels cool and lowering the output resistance at the same time. 

Once the initial power from the solar panels enters the silo, it initiates a compounding, mechanical advantage lever-based system. 

We expect this to increase efficiency substantially.